Surgery Godfather
Chapter 1350 - 1024 The Most Intuitive Surgery Explanation

Chapter 1350: Chapter 1024 The Most Intuitive Surgery Explanation

Soon, two Nobel Prize winners came to Nandu University Medical Digital Medical Laboratory with the mindset of seeing the world.

The presence of two Nobel Prize recipients in the laboratory, who were not there to give lectures but to experience the VR Operating Room, made not only the whole laboratory but also the entire Nandu Medical University boil with excitement. What power attracted these laureates, one of whom was the renowned Manstein?

Manstein has a very significant reputation in the field of medicine; in people’s minds, he is practically a godlike figure. Once the news spread, a lot of people gathered at the Digital Medical Laboratory, hoping to catch a glimpse of such a godlike person.

As soon as Yang Ping and his guests alighted from their vehicle, they headed directly to the laboratory. Professor He, with several doctors, was already waiting at the entrance. The academic respect for academics is very pure. Director He also understood Yang Ping’s intention: to use this opportunity to promote Nandu Medical University’s digital medical technology to the world and hope to lead the standards in this field, as commanding the international norms is the ultimate authority in any sphere.

Upon reaching the VR Operating Room, there was no idle chit-chat. Everyone went straight to the point, taking their places, donning VR helmets, glasses, and gloves. Director He initiated the VR Operating Room system.

The Virtual Body lay on the Operating Table, with its heart’s surface blood vessels bulging, and the heart throbbed vigorously in front of them.

"This is the Virtual Aisha created using VR technology. Look, this is modeled using her original diagnostic data. The level of realism achieved is very high; currently, no other team in the world can achieve this level of realism," Yang Ping explained as he began to prepare.

Manstein and Brian looked down at the Virtual Body, which appeared even clearer than in reality because in the VR world, it seemed like the observer’s vision was greatly enhanced, being able to see the skin’s textures and pores clearly.

"You can try touching it," suggested Yang Ping to Brian.

Brian cautiously extended a finger and gently pressed it against the exposed surface of the heart, finding the tactile sensation very lifelike, which surprised him.

Brian had a considerable understanding of VR technology, having deeply visited laboratories in the United States and United Kingdom. He had been profoundly shocked by the technology of those laboratories, especially the tactile feedback technology, and thought that they represented the pinnacle of the world’s VR technology. However, the Virtual Body in front of him now was even more realistic; the touch he just felt with his finger was incredibly delicate, almost deceivingly real.

"You can try cutting into it," Yang Ping handed a Surgical Knife to Brian.

Holding the Virtual Surgical Knife, Brian hesitated due to its lifelikeness, unable to discern real from fake, he was afraid to proceed.

"She is a Virtual Body, don’t be afraid, boldly cut into it and see what the heart looks like beneath the skin," encouraged Yang Ping.

Alright, I’ll try.

With guidance from Yang Ping, Brian began to gently slice the skin, which split under the knife; small blood vessels and capillaries were severed, blood oozed out, with some small arteries starting to spurt blood.

"The establishment of the Virtual Body relies on advanced Digital Human Technology, and our Digital Human simulation has reached the cellular level. The VR experience you are having now is the world’s top-notch Digital Human Technology, unrivaled," said Yang Ping as he used gauze to press down on the edges of the incision, then used the Virtual Electrosurgical Unit to stop the bleeding.

Everything is just like the real thing, with the electric knife coagulating the blood vessels, accompanied by sizzling sounds and faint smoke rising, then the blood vessels are blocked, stopping the bleeding.

"Our modeling is very complex, considering millions of parameters, this is a simulation of Aisha’s anatomy, I can demonstrate the entire surgery process to you, you can understand how this surgery is performed, the risks we face, and how we should resolve problems once they arise."

Yang Ping took the surgical knife from Brian’s hand and continued the surgery.

"Is the bleeding from the blood vessels completely based on the caliber and pressure of the blood vessels in this part of the human body? Including the coagulation time, is it also designed according to the physiological standards of the human body?" Brian curiously said, not knowing if this simulation was an actual simulation or merely represented an existence without considering the details.

Yang Ping began dissecting the pericardium, exposing the heart: "These are just our most basic technologies for Digital Humans; almost all human physiological functions can be realized here. In the future, any human experiment can be done in the virtual laboratory. With the computing power of supercomputers, we can simulate certain changes in the human body on a scaled basis in a virtual environment, turning what would have previously taken ten years into just a few moments."

My goodness, what a concept, this is the virtualization, high-speed, and simulation of human experiments. Once realized, this will be groundbreaking, such as in the field of pharmaceutical research, it would be revolutionary. What now takes laborious decades of data collection could be completed in minutes using Digital Human technology, collecting data directly.

"A top-notch VR simulated human body needs three aspects: advanced digital human technology, advanced imaging technology, and the analysis and reconstruction of imaging. None of these can be missing. Our digital human technology is the world’s first to achieve functional human construction, and our imaging analysis and construction model are also the world’s most advanced. Look, this is Aisha’s heart, the anatomical structures between the pericardium and myocardium, our simulation is spot on because our model considers more parameters, other VR simulated human models compared to ours can only be described as toys." Yang Ping had already cut open the pericardium, revealing the heart to Brian for him to see what his granddaughter’s heart was really like.

This VR simulated scene has an immersive effect, absolutely incomparable to mere imaging.

"Look, this is Aisha’s heart, it must be moved inside the thoracic cavity, and along with all the associated malformations, which we must correct too." Yang Ping pointed out the heart to Brian.

Brian gently touched the beating heart, retracting his hand immediately because it felt too real under his fingertips, almost like it was really real.

"Patients with Cantrell’s pentalogy usually have multiple cardiac malformations, such as double outlet right ventricle, interatrial septal defects, interventricular septal defects, midline abdominal defects, umbilical hernias, etc., all of these malformations must be corrected, just as you see now, this heart not only has positional anomalies but structural malformations as well, and we must make it completely normal."

Yang Ping continued the surgery while explaining to Brian, with Manstein acting as a temporary assistant.

Using VR technology, demonstrating Aisha’s heart surgery once, without much talking, just explaining a few key steps, Brian understood everything.

He had taken Aisha to almost every possible hospital in the world, including the best in the United States, but no doctor had ever explained the illness to him like this. He now understood that the hospitals he had been to were not the best in the world, but the hospital in China he had come to now is the best.

Yang Ping’s hands were very agile, the surgical movements were stable, accurate, and swift, letting Brian experience the unique surgical style of Eastern people for the first time.

"Now we need to implement cardiac arrest, the method is to inject a virtual arresting solution, and then use a virtual extracorporeal circulation in the virtual environment." Yang Ping paused his surgical knife.

Manstein asked: "Do you also have virtual cardiac arrest technology? Virtual cardiac arrest fluid."

"Yes, its essence is a program module." Yang Ping began injecting the arresting solution.

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